Our Services

Get 15% Discount on your First Order

[rank_math_breadcrumb]

Compiler Theory

Please follow instructions thoroughly.

semantic1.txt

// Variable Initialization Mismatch

function main returns integer;
value: integer is ‘A’;
begin
1;
end;

semantic10.txt

// List Subscript is not Integer

function main returns integer;
aList: list of integer is (1, 2, 3);
begin
aList(1.5);
end;

semantic11.txt

— Mixing Numeric and Character Types with Relational Operator

function main returns integer;
begin
if ‘b’ < ‘c’ then
1;
elsif ‘b’ < 1 then
2;
else
3;
endif;
end;

semantic12.txt

// Using Character Literal with Exponentiation Operator
// and Negation Operator

function main returns integer;
c: character is ~’c’;
begin
5 ^ ‘P’;
end;

semantic13.txt

// Mixing Real Literals with the Remainder Operator

function main returns integer;
begin
4 % 4.8;
end;

semantic14.txt

— If Elsif Else Mismatch

function main returns integer;
begin
if 9 < 10 then
1;
elsif 8 = 1 then
2;
else
3.7;
endif;
end;

semantic15.txt

// Folding a nonnumeric List

function main returns integer;
begin
fold left + (‘a’, ‘b’, ‘c’) endfold;
end;

semantic16.txt

— Narrowing Variable Initialization

function main returns integer;
b: integer is 5 * 2.5;
begin
b + 1;
end;

semantic17.txt

— Narrowing Function Return

function main returns integer;
b: integer is 6 * 2;
begin
if 8 < 0 then
b + 3.0;
else
b * 4.6;
endif;
end;

semantic18.txt

— Duplicate Scalar and List Variables

function main returns integer;
scalar: integer is 4 * 2;
scalar: character is ‘b’;
a_list: list of integer is (4, 2);
a_list: list of real is (2.3, 4.4);
begin
1;
end;

semantic19.txt

// Multiple Semantic Errors

function main returns integer;
value: integer is 4.5;
numbers: list of real is (1, 2, 3);
one: integer is ‘1’;
begin
if value > 0 then
fold left + (‘a’, ‘b’) endfold;
elsif name = ‘N’ then
fold right * (1, 2.5) endfold;
else
when value < 10, 1 : 1.5;
endif;
end;

semantic2.txt

// When Types Mismatch

function main returns integer;
begin
when 2 < 1, 1 : ‘a’;
end;

semantic3.txt

// Non Integer Switch Expression

function main returns integer;
b: character is ‘A’;
begin
switch b is
case 1 => 2;
case 2 => 4;
others => 6;
endswitch;
end;

semantic4.txt

// Case Types Mismatch

function main returns integer;
b: character is ‘b’;
begin
switch 1 is
case 1 => 2;
case 2 => b;
others => 6;
endswitch;
end;

semantic5.txt

// Using Character Variable with Arithmetic Operator

function main returns integer;
b: character is ‘b’;
begin
b + 10;
end;

semantic6.txt

// Undeclared Scalar Variable

function main returns integer;
begin
2 * b + 3;
end;

semantic7.txt

// Undeclared List Variable

function main returns integer;
begin
primes(1) + 1;
end;

semantic8.txt

// List with Elements of Different Types

function main returns integer;
aList: list of integer is (1, 2, 3.5);
begin
aList(1);
end;

semantic9.txt

// List Type Does Not Match Element Types

function main returns character;
aList: list of character is (1, 2, 3);
begin
aList(1);
end;

valid1.txt

— Program with a Real Variable

function main returns real;
a: real is 4.5;
begin
a;
end;

valid2.txt

— Program with a Hexadecimal Literals

function main returns integer;
a: integer is #A;
begin
a + #a;
end;

valid3.txt

— Program with a Real Variable

function main returns real;
a: real is 4 + 4.5;
begin
a;
end;

Share This Post

Email
WhatsApp
Facebook
Twitter
LinkedIn
Pinterest
Reddit

Order a Similar Paper and get 15% Discount on your First Order

Related Questions

problem

Research problems due 9/18 Please follow the instructions carefully for your research problem. Your argument and research input will significantly impact your grade. Ensure that you check for AI-generated content and plagiarism before submitting your paper. AI-generated content should not exceed 10%, and content from external sources should be limited

co task 6

Topic-bitcoin Task 6 Objective: To apply systems thinking principles to analyze a blockchain network and understand its key components, interactions, and dynamics. Assignment Tasks: Select a Blockchain Network: Choose a specific blockchain network or cryptocurrency project to analyze. You can select well-known networks like Bitcoin, Ethereum, or any other blockchain

CO Task 5

In this homework, we explore Naïve Bayes, K-Nearest Neighbors, and Support Vector Machine models. 1) (50 points) Use “credit_Dataset.arff” dataset and apply the Naïve Bayes, K-Nearest Neighbors, and Support Vector Machine technique using the WEKA tool in 2 different settings, including: a. 10 fold-cross validation. b. 80% training. Write a

PhD thesis

I need a comprehensive PhD thesis developed on the topic of “Emotion-Aware Artificial Intelligence and Sustainable Consumer Behavior: A Neuro-AI Marketing Framework for Continuous Green Consumption.”

Co project

· Comprehensive Literature Review: Require a more comprehensive survey of existing approaches. · Comparative Study: Expect more detailed benchmarking of at least 8 to 10 machine learning models. · Additional Experiments: · Conduct feature selection or dimensionality reduction as an extra step. · Explore ensemble methods or advanced techniques beyond

AI

Did AI take place the Software Engineers, HR consultants and Data Entry Jobs?

Data visualization 4 part 2

Follow the attached instructions to complete this work. Unit 4 Assignment Directions: Time Series In this assignment, you will perform a time series analysis in Tableau. · Choose a dataset to analyze based on the requirements provided.   · Once you’ve selected your time series, build a forecast to predict future

Computer Science CG Assignment 8 presentation

Follow the attach instruction to complete this work. Note: Make sure it aligns with Rubric Unit 8 Assignment 2 Directions: Final Presentation Purpose With this presentation, you will gain valuable experience demonstrating your expertise in cybersecurity governance by presenting as a CISO to a hypothetical professional audience.  Directions Begin by incorporating

Computer Science CG assignment 8

Follow the attached assignment to complete the work. Note: Follow Rubric Unit 8 Assignment 1 Directions: Presentation Rehearsal Purpose The rehearsal is your first run-through of your talk. Use the opportunity to de-bug any technical issues with lighting, positioning, and recording. You will not be graded on technical or artistic

Computer Science CG assignment 7 Outline

 Follow the attached document to complete this work Unit 7 Assignment 1 Directions: Professional Presentation Outline Purpose This assignment allows you time to review your research from previous units and organize your thoughts in an outline format. Plan on changing your paper and presentation based on feedback on this outline.  Directions

Computer Science CG assignment 6 ,

Follow the attached direction to complete this work. Note: Make sure it Aligns with Rubric Unit 6 Assignment 2 Directions: Timothy Brown vs. the SEC Purpose The Securities and Exchanges Commission (SEC) is a key US federal agency that regulates financial reporting. In this paper, you will explore how the

Microsoft 365Tenant to Tenant Migration Solution

A smooth tenant-to-tenant migration requires more than just moving mailboxes—it demands precision, security, and planning. With the MailsDaddy Cross-Tenant Migration Service, IT teams can execute a flawless cross-tenant mailbox migration that covers emails, attachments, calendars, contacts, and OneDrive data. It’s built for businesses of every size, ensuring the entire Office

CO Data 3

DECISION TREES for Risk Assessment One of the great advantages of decision trees is their  interpretability. The rules learnt for classification are easy for a person to follow, unlike the opaque “black box” of many other methods, such as neural networks. We demonstrate the utility of this using a  German

Computer Science Homework 1

MMIS 671 Homework 1. Constrained Optimization Problems A company produces 3 types of cables: A, B, and C. In-house production costs per foot of cables A, B, and C are $6, $8, and $10, respectively. The production process requires 5 resources: Drawing, Annealing, Stranding, Extrusion, and Assembly. For each resource,

MIMT

  Task 2.4 — Executing the Payload After decrypting and executing the transferred file, it generates a unique hash tied to your GTID. What’s the hash?